Description
**Brand/Manufacturer**: BEGE is a renowned Dutch manufacturer specializing in automation components for industrial drive systems. Their encoders are recognized worldwide for innovation, reliability, and high performance, ensuring maximum efficiency in industrial automation.
**Product Type**: MIG Nova+ is an incremental encoder with high resolution and enhanced signal stability, specifically designed for accurate speed control in complex industrial automation environments.
**Key Features and Advantages:**
– High resolution and 32 pulses per channel provide precise speed and position feedback, supporting demanding automation tasks in robotics, CNC systems, conveyors, and packaging machines.
– Advanced HTL/TTL output (A90°B / A'90°B') ensures compatibility with broad control systems for versatile integration in both new and retrofitted setups.
– Improved signal stability minimizes interference and signal loss, providing reliable control in environments with significant electrical noise.
– Rugged aluminum housing and IP55/IP67 protection ensure lasting durability even in harsh, dusty, or humid industrial locations.
– 10 meter shielded cable enables flexible installation and reliable data transmission across large machine layouts.
– Flange dimensions (Ø140mm outer, 115mm BCD) and IEC 90B14 compatibility allow direct mounting on standard motors and gear units, streamlining the installation process.
– 24mm solid shaft and 9mm flange thickness offer mechanical stability and low-vibration operation, supporting high-precision positioning and low maintenance needs.
– Wide supply voltage range (5-24 VDC) allows seamless connection to diverse industrial controls and PLCs.
**Encoder Types and Applications:**
– MIG Basic: Incremental encoder for basic speed feedback in standard automation tasks.
– MIG Nova+: Incremental encoder with higher resolution and improved signal stability for more accurate regulation in automated systems.
– MIG AST: Absolute encoder with power-off position retention, used for precise positioning in advanced control systems.

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